Linked from

The 21 pages that link to Receptive field, each with the reason it gives.

• RetinaRelated: Retinal neurons’ center-surround receptive fields help encode contrast and edges.

• MechanoreceptionRelated: Receptive fields help explain how the nervous system locates mechanical stimulation on the body.

• SensationRelated: Receptive fields show which locations or stimulus values individual sensory pathways detect.

• Sensory adaptationRelated: Changes within receptive-field responses help explain how sensory systems encode persistent stimulation.

• MechanoreceptorRelated: A receptor's location helps determine which part of the body its afferent neuron represents.

• Retinal ganglion cellRelated: Ganglion-cell receptive fields reveal how retinal inputs combine across visual space.

• Simultaneous contrastRelated: Visual receptive fields include surrounding regions that influence responses to a central patch.

• Neural circuitRelated: Receptive fields reveal how connected neurons organize sensory inputs into circuit responses.

• Neural codingRelated: Stimulus tuning is often the first step in identifying what a neuron represents.

• Visual cortexRelated: Visual neurons respond to stimuli within defined portions of the visual field.

• Referred painRelated: Overlapping receptive fields help explain why shared neural activity can be assigned to the wrong tissue.

• Convolutional neural networkRelated: Stacked layers enlarge the input region each unit can use.

• Tactile perceptionRelated: Receptive-field size helps determine how precisely a touch can be localized.

• Visual systemRelated: Visual neurons respond to specific regions of the image rather than all light equally.

• Pacinian corpuscleRelated: A corpuscle’s position and afferent connections help determine where pressure is detected.

• Human visionRelated: The organizing principle by which visual neurons encode the image.

• Numerosity adaptation effectRelated: Spatially localized adaptation can reveal where numerosity-sensitive responses operate.

• Ragnar GranitRelated: Mapping retinal responses helped connect visual stimuli with the activity of individual nerve cells.

• Sense organsRelated: Receptive fields show how signals from receptors are organized across sensory pathways.